It turns out the curious practice has a basis in science: Recent research on the amphibians» skin secretions led by Moscow State
University organic chemist A.T. Lebedev shows they're loaded with peptides, antimicrobial compounds as potent against Salmonella and Staphylococcus bacteria as prescription antibiotics.
Not exact matches
To try to develop a more sensitive probe for isolating individual peptides — short strands of amino acids — from a pool of similar molecules, a team led by
chemist Clark Still of Columbia
University 4 years ago synthesized small
organic compounds that selectively fish out peptides dissolved in chloroform.
Using light to affect the spin rate is a clever approach, says
organic chemist Harry Gibson of Virginia Polytechnic Institute and State
University in Blacksburg.
An
organic chemist based at Emory
University in Atlanta who has helped start several biotech companies, Schinazi has made hundreds of millions of dollars from the drugs, which treat HIV and hepatitis B and help cure hepatitis C.
Their inspiration was a compound with a molecular core consisting of a cube of eight carbon atoms studded with hydrogens, first synthesized in 1964 by Philip Eaton, an
organic chemist at the
University of Chicago, and his colleagues.
«I think it's fantastic,» says Leo Paquette, an
organic chemist at Ohio State
University, Columbus.
«Foreign students or workers in the U.S.A. for the first time are frequently disarmed by the informality of research and teaching laboratories,» says Mel Schiavelli, an
organic chemist and founding president of Harrisburg
University of Science and Technology in Pennsylvania.
Chemists at the Institute of Transformative Bio-Molecules (ITbM), Nagoya
University and the JST - ERATO Project have developed a new method to accomplish the programmed synthesis of benzene derivatives with five or six different functional groups that enables access to novel functional
organic materials that could not have been reached before.
Electrical engineer Stephen Forrest of the
University of Michigan,
chemist Mark Thompson of the
University of Southern California and their colleagues created the so - called
organic LED by combining two layers of phosphorescent diodes — to release green and red wavelength light — and one layer of a fluorescent diode to supply blue wavelength light.
Jeffrey Bode, an
organic chemist at the
University of Pennsylvania, strives for an environment in which lab members feel that they can discuss all experiments — those that worked and those that didn't.
To find an all - purpose solution, researchers led by Omar Yaghi, a
chemist at the
University of California, Berkeley, turned to a family of crystalline powders called metal
organic frameworks, or MOFs.
Philip Page, an
organic chemist at the
University of East Anglia, says he will no longer volunteer to peer - review grant proposals for the EPSRC.
In a recent study published in the scientific journal Nature Nanotechnology, physicists and
chemists of the
University of Münster (Germany) describe an experimental approach to visualising structures of
organic molecules with exceptional resolution.
Joseph Sweeney of the
University of Reading, an
organic chemist who had started a petition against the original EPSRC restrictions, calls the altered policy «not unreasonable.»
Philip Page, an
organic chemist at the
University of East Anglia who also challenged EPSRC's original policy, still chafes at the modified policy, but he will now continue to peer - review grant proposals for the council.
«We don't think there's any precedent elsewhere,» says Joseph Sweeney of the
University of Reading, an
organic chemist who signed the online petition and submitted a letter protesting the EPSRC policy to a London newspaper.
Iain Coldham, an
organic chemist at the
University of Sheffield, takes a firmer position.
At Osaka
University, a team of
organic chemists has now developed and enhanced a chemical reaction that allows controlled transformations of one of the toughest chemical bonds.
Alán Aspuru - Guzik, a theoretical
chemist at Harvard
University in Cambridge, Massachusetts, and his colleagues, used computational models to screen a family of
organic molecules and identify those likely to be the best semiconductors.
Meyer, a
chemist at
University of North Carolina at Chapel Hill and director of its Energy Frontier Research Center in Solar Fuels, noticed that two separate groups of researchers working on two separate parts of the photosynthetic reaction happened to be using the same class of catalyst — ones with an atom of the metal ruthenium surrounded by
organic molecules.
Now a team led by Thomas Carell, an
organic chemist at the Ludwig Maximilian
University of Munich in Germany, may have found a method.
A team of materials
chemists, polymer scientists, device physicists and others at the
University of Massachusetts Amherst today report a breakthrough technique for controlling molecular assembly of nanoparticles over multiple length scales that should allow faster, cheaper, more ecologically friendly manufacture of
organic photovoltaics and other electronic devices.
Chemists at The
University of Texas at Arlington have been the first to demonstrate that an
organic semiconductor polymer called polyaniline is a promising photocathode material for the conversion of carbon dioxide into alcohol fuels without the need for a co-catalyst.
Past examples of magnetic
organic materials were either unstable in air or were mostly made of metal, making them unsuitable for linking together into a plastic, says
chemist Robin Hicks of the
University of Victoria, British Columbia, lead author of the study reporting the find in this week's Nature.
Chemists at The
University of Texas at Arlington have devised a safer, more environmentally friendly, less expensive and more efficient water - based system for the synthesis of
organic compounds typically used in pharmaceuticals, agrochemicals, cosmetics, plastics, textiles and household chemicals.
It all started when James M. Tour, a well - known
organic chemist at Rice
University and sometime Scientific American author, began to ring the alarm bells about chemical terrorism.
University of California, Berkeley,
chemists have now developed a porous and flexible material — a so - called metal -
organic framework (MOF)-- for storing methane that addresses these problems.
«The big picture is that [Reed] can now protonate anything,» says Yves Rubin, a physical
organic chemist at the
University of California, Los Angeles.
According to Craig Hawker of
University of California, Santa Barbara, US, the research might change the way
chemists make and break covalent bonds, giving them a new paradigm for preparing
organic molecules.»
Robert Bittman, an
organic lipid
chemist and distinguished professor at the City
University of New York and Queens College, died Oct. 1 of pancreatic cancer.
Ade, with postdoctoral researcher and first author Long Ye from NC State and
chemist He Yan from the Hong Kong
University of Science and Technology, set out to determine at what temperature these systems transform from two separate materials to one homogenous mixture in
organic solar cells.
The Art of Synthesis The first plenary symposium called «Art of Synthesis» included talks by the
organic chemist Professor Thorsten Bach, Technical
University of Munich, the inorganic
chemist Professor Ingo Krossing,
University of Freiburg, and the biochemist Professor Stephen Kent,
University of Chicago, USA.
«These encouraging results should serve as a spark for another advancement in
organic synthesis,» says K. C. Nicolaou, a synthetic
chemist at Rice
University, adding that Chematica could increase speed and productivity in chemistry labs, especially if paired with automated synthesis machines.
According to this video from Abe Books, «
Chemists at
University College, London have investigated the old book odor and concluded that old books release hundreds of volatile
organic compounds into the air from the paper.